M431291 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種調整裝置之設計，特別是關於一 種可調式瓦斯安全流量控制器。 【先前技術】 查，台灣第094653號之「可調式氣體安全流量控 制器」公告專利案，其係揭露藉由一調整鈕而調整位在 該本體裝置内之流體通道中的調整構件之位置，而改變 與本體通道末端間距，以改變該調整構件被吸引力之變 化量，以方便使用者依此調整安全流量。其中該構造雖 可藉調整調整構件而達變化瓦斯流量之目的，但，在使 用上仍有部分缺點有待改進，茲將其分述如下：（一）調 整鈕底端藉由設有凹槽且於中央設成一凸塊供握持旋 轉，但是由於該凸塊之體積為小，揑持不易，在調整時 會有旋轉不易問題。（二)缺乏較佳的固定構件以固定調 整鈕，避免調整鈕以螺紋旋轉調動時無法固定的問題， 造成調整鈕會有自行鬆動之問題。（三）調整構件無良好 之定位，會有偏移在一侧問題，因此，在防漏效果上會 有影響，成無法精確而適當控制之關閉瓦斯。 【新型内容】 本創作所欲解決之技術問題 緣此，本創作之目的即是提供一種可調式瓦斯安 全流量控制器，具有調整控制容易，調整控制後可確實 輔助定位，且不會有構件鬆動的優點。 本創作解決問題之技術手段 本創作為解決習知技術之問題所採用之技術手段 4 M431291 =為-種可調式瓦斯安全流量控制器，包括一 體、一流量調整機構、一輔助定位機 衣置本 孔 壓離通孔、及一調整通孔。 气置本體具有一流體輸入通孔、-流體輸出通 /瓜里凋整機構設置於該調整通孔尹，該产旦嘴敕 構Ci::欠狀之調整構件，且該：以 置本體位構件經_而相對於該裝 而相對位移，並具有—上貼合面。 ^叹螺^ 一休，離機構設置於該壓離通孔中，該壓離機構复有 夕於該裝置本體上部之外側的上M離面、二M431291 V. New description: [New technical field] This creation is about the design of an adjustment device, especially for an adjustable gas safety flow controller. [Prior Art] Check, Taiwan Patent No. 094653 "Adjustable Gas Safety Flow Controller" announced the patent, which discloses the adjustment of the position of the adjusting member in the fluid passage in the body device by an adjusting button. The distance from the end of the body channel is changed to change the amount of change in the attractiveness of the adjusting member, so that the user can adjust the safety flow accordingly. Although the structure can adjust the component to change the gas flow, there are still some shortcomings to be improved in use, which are described as follows: (1) The bottom end of the adjustment button is provided with a groove and A bump is provided in the center for holding the rotation, but since the volume of the bump is small, the pinching is not easy, and there is a problem that the rotation is not easy when adjusting. (2) The lack of a better fixing member to fix the adjustment button avoids the problem that the adjustment button cannot be fixed when the thread is rotated and the fixing button has a problem of loosening itself. (3) If the adjustment component has no good positioning, there will be a problem of offset on one side. Therefore, it will have an effect on the leakage prevention effect, so that the gas cannot be closed accurately and appropriately. [New content] The technical problem that this creation wants to solve is that the purpose of this creation is to provide an adjustable gas safety flow controller, which is easy to adjust and control, can be surely assisted in positioning after adjustment control, and there will be no loose components. The advantages. The technical means for solving the problem in this creation The technical means used to solve the problem of the prior art 4 M431291 = an adjustable gas safety flow controller, including an integrated, a flow adjustment mechanism, an auxiliary positioning machine The hole is pressed away from the through hole, and an adjusted through hole. The gas body has a fluid input through hole, and the fluid output through/the melon seeding mechanism is disposed in the adjusting through hole Yin, the manufacturing device has a Ci:: under-shaped adjusting member, and the body is positioned The member is relatively displaced with respect to the package and has an upper abutment surface. ^Singer ^ ^ a rest, the off mechanism is placed in the press-off through hole, the press-off mechanism is repeated on the outer side of the upper part of the device body, the upper M is off-surface, two
中經由該壓離機構相對該裝置本體而T 調整構件之接觸件，其中辅助定位機構經 =貼，面遠離裝置本體之底部，而使 :相，於裝置本體而位移，且在流量調整機構位移3 ^糸使上貼合面與裝置本體之底部相貼合。 在本創作之一實施例中，圓弧狀之調整構件為一 與該流量調整機構之上端緣分離之滾珠。 ’… 在本創作之一實施例中，流體輸入通孔由一流體 輸入連接機構所包覆。 在本創作之一實施例中，流體輸出通孔由一流體 輸出連接機構所包覆。 A在本創作之一實施例中，裝置本體之底部由一底 座所構成’且經由螺合而連接於該裝置本體。 在本創作之一實施例中，壓離機構由一復 所包覆。 s 本創作對照先前技術之功效 5 知氣體安木手段，可以有效改善習 以固定;t轉ΐ;的問題、以及缺乏較佳的固定構件 調整时有自行鬆動之缺點。 知偏^ 調㈣㈣由良好定位設計而不合有習 i偏私在-侧的問題，因此，不會在防漏效果 曰’而可精確及適當的控制流體關閉。 ^ 本創作所採用的具體實施例 例及附呈圓式作進-步之說明。Η字猎由以下之貫施 f實施方式】 參間第】圖及第2圖所示，帛j 可調式瓦斯安全流量控制器之斷面圖 式瓦斯安全流量控：器 ;置mr周式瓦斯安全流量控制器，包含-衣置本體】、一流1調整機構2、— 一輔助定位機構4。 機構、以及 12、壓裝離置通本 =包含，入通孔U、流體輸出通孔 /，通孔14。調整通孔14設置於流 體輸入通孔η、流體輸出通孔12之間 通孔π與流體輸出通孔 使-體輸入 流量調整機構2設置於調 整機構2之上端緣為一圓弧:=丄4中’且流量調 調整機構2係由一彈性= 覆，其中調整構件21藉由一帽頭為一淨貫）所包 MM ? , ^ f目頭23而可螺轉流量調整 下：广整機構2相對於裝置本體1之底部 1上下位衫，且使彈性件22不备 輔助定位機構4用以供产旦\用敕祕° 供/现里调整機構2穿設螺轉 M431291The contact member of the T adjusting member is opposite to the device body via the pressing mechanism, wherein the auxiliary positioning mechanism is pasted and the surface is away from the bottom of the device body, so that the phase is displaced in the device body and displaced in the flow regulating mechanism 3 ^糸 Align the upper bonding surface with the bottom of the device body. In one embodiment of the present invention, the arcuate adjustment member is a ball that is separated from the upper edge of the flow adjustment mechanism. In one embodiment of the present invention, the fluid input via is covered by a fluid input connection mechanism. In one embodiment of the present invention, the fluid output via is covered by a fluid output connection. In one embodiment of the present invention, the bottom of the device body is formed by a base and is coupled to the body of the device via a screw. In one embodiment of the present invention, the press-off mechanism is covered by a plurality of layers. s This creation compares the efficacy of the prior art. 5 Knowing the gas ampere means can effectively improve the problem of fixing; t-turning; and the lack of better fixing components. Knowing the bias (4) (4) is a well-positioned design that does not have the problem of being biased on the side. Therefore, it is not possible to control the fluid closure accurately and appropriately. ^ The specific examples used in this creation and the accompanying circular description. Η 猎 由 由 由 由 】 】 】 】 】 】 】 】 】 】 】 】 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调 可调The safety flow controller comprises a garment body, a first-class adjustment mechanism 2, and an auxiliary positioning mechanism 4. Mechanism, and 12, press-fit off-pass = include, through hole U, fluid output through hole /, through hole 14. The adjusting through hole 14 is disposed between the fluid input through hole η and the fluid output through hole 12 through the through hole π and the fluid output through hole, so that the body input flow adjusting mechanism 2 is disposed on the upper edge of the adjusting mechanism 2 as an arc: =丄4, and the flow adjustment mechanism 2 is covered by an elastic = cover, wherein the adjustment member 21 is covered by a head, and the head is 23, and the flow can be adjusted under the flow adjustment: the widening mechanism 2 with respect to the bottom 1 of the device body 1 upper and lower shirts, and the elastic member 22 is not provided with the auxiliary positioning mechanism 4 for the production of the use of the ° 敕 / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / /
，相對位移，且其具有一上貼合面41。而壓離機構3 設置於壓離通孔13中，並具有外露於裝置本體丨上部 之外側的上壓離面31。以及位在壓離通孔13中經由 離機構3相對裝置本體1而下移壓離流量調整構件2之 接觸件32。其中藉由下壓壓離機構3而使接觸件力將 凋整構件21壓離，而使調整構件離開與壓離通孔I] 接觸。Relative displacement, and it has an upper abutment surface 41. The pressing mechanism 3 is disposed in the press-out through hole 13 and has an upper pressing surface 31 exposed to the outside of the upper portion of the apparatus body. And the contact member 32 which is moved away from the flow regulating member 2 by the opposing mechanism body 1 via the disengagement mechanism 3 in the press-out through hole 13. The contact member biases the aging member 21 by pressing the pressing mechanism 3, and the adjusting member comes out of contact with the detachment through hole I].
辅助定位機構4經由螺轉而使上貼合面41遠離裝 置本體1之底部15 ’此時流量調整機構2可為螺轉^ 相對於裝置本體1而位移’且在流量調整機構2位移至 所指定位置後’再螺轉該辅助定位機構4以使其上貼合 與裝置本體]之底冑15相貼合，該上貼合面 轉該底部15貼合後’該流量調整機構2將無法再為螺The auxiliary positioning mechanism 4 rotates the upper abutment surface 41 away from the bottom portion 15 of the apparatus body 1 ' At this time, the flow rate adjusting mechanism 2 can be displaced with respect to the apparatus body 1 and displaced to the flow rate adjusting mechanism 2 After the position is specified, 'the auxiliary positioning mechanism 4 is screwed to be attached to the bottom plate 15 of the device body. After the upper bonding surface is turned to the bottom 15, the flow adjusting mechanism 2 cannot be Snail
亦即，藉由螺轉輔助定位機構4而使貼合面41盘 本體1之底部15產生一間隙，再螺轉流量調整機構〕 之帽頭23而調整調整構件21在調整通孔14之位置， J後’再將貼合面41與裝置本體！之底部15螺轉貼 二丄以使，量調整機構2無法再為螺轉，如此而達到 *疋以及岔氣之功能，藉此，調節氣體流量。 -機丄圓弧狀之調整構件21為-與流量調 上 緣分離之滾珠。流體輸入通孔11為由 =體，人連接機構1G1所包覆，而流體輸出通孔12 為由一k體輸出連接機構102所包覆。 在一實施例中，裝置本體1之底部為由一底座115 座115經由螺合而連接於褒置本體1，以 垩#機構3係由一復位彈簧43所包覆。 本創作之可调式瓦斯安全流量控制器形成 7 M431291 有一閥口 17，閥口 17周側有一以橡膠等柔軟材質製成 之防漏墊圈，而使接觸件32可與之壓接（閥口 17係向 下貫穿裝置本體1，且二者間之防漏墊圈18可防止瓦 斯氣體之)¾漏。 再者，本案之一支撑桿27套有一可撓性元件，該 可撓性元件除套在支撑桿27外，頂部還限制有接觸件 32，因此，接觸件32可被限制在一定範圍内，不會有 太大之偏移量。That is, the bottom portion 15 of the disk body 1 of the bonding surface 41 is caused to have a gap by the screw-turn auxiliary positioning mechanism 4, and then the cap 23 of the flow rate adjusting mechanism is screwed to adjust the position of the adjusting member 21 at the adjustment through hole 14. , J after 'will fit the face 41 and the device body! The bottom portion 15 is screwed to the second side so that the amount adjusting mechanism 2 can no longer be screwed, thereby achieving the functions of *疋 and helium, thereby adjusting the gas flow rate. - The arc-shaped adjustment member 21 is a ball that is separated from the upper edge of the flow rate adjustment. The fluid input through hole 11 is covered by a body, the human connection mechanism 1G1, and the fluid output through hole 12 is covered by a k body output connection mechanism 102. In one embodiment, the bottom of the device body 1 is connected to the housing body 1 by screwing a base 115 seat 115, and the mechanism 3 is covered by a return spring 43. The adjustable gas safety flow controller of the present invention forms 7 M431291 with a valve port 17, and a leakage preventing gasket made of a soft material such as rubber is provided on the peripheral side of the valve port 17, so that the contact member 32 can be crimped thereto (valve port 17) The device penetrates the device body 1 downward, and the leakage preventing gasket 18 between the two prevents the gas leakage of the gas. Furthermore, one of the support rods 27 of the present case has a flexible member which is limited to the contact member 32 except for the support rod 27, so that the contact member 32 can be limited to a certain range. There won't be too much offset.
由以上之實施例可知，本創作所提供之可調式瓦 斯安全流量控制器確具產業上之利用價值，故本創作業 已符合於專利之要件。惟以上之敘述僅為本創作之較佳 實施例說明，凡精於此項技藝者當可依據上述之說明而 作其它種種之改良，惟這些改變仍屬於本創作之創作精 神及以下所界定之專利範圍中。 【圖式簡早說明】 第1圖係顯示本創作之可調式瓦斯安全流量控制器之 斷面圖之一。It can be seen from the above embodiments that the adjustable gas safety flow controller provided by the present invention has industrial utilization value, so the original operation has met the requirements of the patent. However, the above description is only for the preferred embodiment of the present invention, and those skilled in the art may make other improvements according to the above description, but these changes still belong to the creative spirit of the creation and the following definitions. In the scope of patents. [Description of the drawings] Figure 1 shows one of the sectional views of the adjustable gas safety flow controller of this creation.
第2圖係顯示本創作之可調式瓦斯安全流量控制器之 斷面圖之二。 【主要元件符號說明】 I 裝置本體 101 流體輸入連接機構 102 流體輸出連接機構 II 流體輸入通孔 115 底座 12 流體輸出通孔 M431291Figure 2 is a cross-sectional view showing the adjustable gas safety flow controller of the present invention. [Main component symbol description] I Device body 101 Fluid input connection mechanism 102 Fluid output connection mechanism II Fluid input through hole 115 Base 12 Fluid output through hole M431291
13 壓離通孔 14 調整通孔 15 底部 17 閥口 18 防漏墊圈 2 流量調整機構 21 調整構件 22 彈性件 23 帽頭 27 支撑桿 3 壓離機構 31 上壓離面 32 接觸件 4 辅助定位機構 41 上貼合面 43 復位彈簧 913 Pressing through hole 14 Adjusting through hole 15 Bottom 17 Valve port 18 Leakproof washer 2 Flow adjustment mechanism 21 Adjustment member 22 Elastic member 23 Cap head 27 Support rod 3 Pressing mechanism 31 Upper pressing surface 32 Contact member 4 Auxiliary positioning mechanism 41 Upper bonding surface 43 Reset spring 9